Master of Renewable Energy and Energy Transition — Master at London Online University

Master of Renewable Energy and Energy Transition


Course Overview

The Master of Renewable Energy and Energy Transition is a postgraduate qualification delivered entirely online through LOU's virtual learning environment, giving students worldwide access to advanced research methodology, corporate governance, and executive-level practice at London academic standards. Running across 12 to 18 months full postgraduate online route, this programme is designed for motivated learners who need recorded sessions available on demand without compromising on the quality or depth of their studies. Every component of the Master of Renewable Energy and Energy Transition is digital library access, from live sessions with expert tutors to recorded materials and a comprehensive study from anywhere in the world.

By completing the Master of Renewable Energy and Energy Transition, you will have the knowledge, skills, and professional grounding to advise at board level on renewable energy and energy transition confidently, critically evaluate policy in industry frameworks at a postgraduate standard, and apply your learning directly to real-world contexts across oil, gas & energy. Graduates progress equipped with a solid understanding of advanced research methodology, corporate governance, and executive-level practice and a recognised online qualification from London Online University.

Key Features

  • Delivered entirely online through LOU's virtual learning environment, combining digital library access and study from anywhere in the world
  • Aligned with Energy Institute (EI, UK) professional standards and curriculum frameworks
  • Course content informed by Society of Petroleum Engineers (SPE) guidelines and industry expectations
  • Comprehensive LOU's online platform including academic resources, practitioner publications, and case study libraries
  • Recorded sessions available on demand with qualified tutors and fellow learners across the globe
  • Direct progression pathway into the LOU professional practice or doctoral study in Renewable Energy and Energy Transition
  • Industry references drawn from Institution of Chemical Engineers (IChemE) and other internationally recognised professional bodies

What You Will Learn

  • Advise at board level on the core principles and theoretical foundations of renewable energy and energy transition
  • Critically evaluate policy in practical approaches to key challenges in renewable energy and energy transition
  • Lead organisational transformation in the regulatory, ethical, and professional frameworks relevant to oil, gas & energy
  • Develop evidence-based strategy for data, research, and industry information to inform decisions in renewable energy and energy transition
  • Synthesise research on communication, stakeholder engagement, and professional presentation skills
  • Produce a capstone or dissertation examining contemporary trends, emerging technologies, and global developments in renewable energy and energy transition
  • Conduct original research into a postgraduate portfolio of skills and knowledge valued by employers in oil, gas & energy

Who This Course Is For

  • Senior professionals and graduates seeking postgraduate-level specialisation in renewable energy and energy transition
  • Learners based internationally who require delivered entirely online at London academic standards
  • Career changers aiming to enter or pivot within the oil, gas & energy sector
  • Employees in oil, gas & energy organisations who need LOU's online platform alongside full-time work
  • Professionals who benefit from recorded sessions available on demand to balance study commitments with existing responsibilities

Career Pathways

  • Energy Trader
  • LNG Commercial Manager
  • Oil and Gas Finance Analyst
  • Drilling Operations Manager
  • Petroleum Engineer
  • Carbon Management Consultant
  • Energy Manager

LOU's dedicated online career support service provides virtual CV coaching, LinkedIn profile guidance, and online interview preparation to help Master of Renewable Energy and Energy Transition graduates secure rewarding roles in oil, gas & energy organisations across the UK and internationally.

Entry Requirements

  • A UK 2:2 (Lower Second Class) honours degree or overseas equivalent in any discipline
  • Applicants without a first degree may be considered with 5+ years of senior professional experience
  • IELTS 6.5 overall (no band under 6.0) or equivalent English proficiency
  • A 500-word research statement covering the applicant's chosen area of specialisation
  • Two academic or professional references and a short online interview

Why Study at LOU

Every LOU student benefits from dedicated online career support including virtual CV workshops, LinkedIn profile coaching, online interview preparation and structured introductions to employers across the UK and internationally. Our online career service is available to all students from enrolment through to graduation and beyond.

LOU — London Online University — is an online-first division of Harold International College of London, designed for students and working professionals worldwide who want to study at London academic standards without relocating. Every programme is delivered entirely through LOU's virtual learning environment, combining live online lectures, recorded sessions available on demand, and digital library access.

Apply for Master of Renewable Energy and Energy Transition

Advance your career with an LOU Master's degree delivered entirely online and take the next step in your renewable energy and energy transition career with the Master of Renewable Energy and Energy Transition from London Online University. This qualification is delivered entirely online, meaning you can advance your expertise and build a recognised London academic credential from wherever you are in the world. Enrol Now

Frequently asked questions.

Common questions about Master of Renewable Energy and Energy Transition.

The Master of Renewable Energy and Energy Transition is delivered entirely online through LOU's virtual learning environment. Students attend live online lectures with experienced tutors, access recorded sessions on demand, and complete assessed coursework remotely. All resources, including the digital library and peer collaboration tools, are accessible via LOU's online platform from anywhere in the world.

LOU provides Master of Renewable Energy and Energy Transition students with a comprehensive online support package including virtual tutorial sessions with subject tutors, peer learning forums, digital library access, and dedicated online career support. The career support service offers virtual CV coaching, LinkedIn profile guidance, and online interview preparation to assist graduates in their job search.

The Master of Renewable Energy and Energy Transition is aligned with Energy Institute (EI, UK) standards and Society of Petroleum Engineers (SPE), ensuring graduates develop skills and knowledge that are relevant to employer expectations and industry standards in Oil, Gas & Energy. LOU programmes are designed with professional body frameworks in mind to support graduates in their chosen career pathways.

A UK 2:2 (Lower Second Class) honours degree or overseas equivalent in any discipline Full entry requirements are available on the LOU admissions page. International applicants should confirm English language proficiency requirements. LOU's admissions team is available via LOU's online platform to provide guidance on eligibility and the application process for the Master of Renewable Energy and Energy Transition.

The Master of Renewable Energy and Energy Transition runs for 12 to 18 months full postgraduate online route and is structured to allow flexible online study. On completion, graduates can progress into the LOU professional practice or doctoral study in the same or a closely related subject, continuing their qualification ladder entirely online at London academic standards. LOU's articulation model ensures a clear and accessible progression pathway.